FNSS introduced the PARS 6x6 chemical and biological reconnaissance machine.

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FNSS introduced the PARS 6x6 chemical and biological reconnaissance machine.

Pars 6x6 CBRN at IDEX 2015

WMD Intelligence Machine (weapon mass destruction - chemical, biological, radiological and nuclear), manufactured by FNSS as a prototype, was developed based on the PARS 6x6 platform. An OMP reconnaissance vehicle has capabilities for detecting and identifying poisonous warfare agents and toxic industrial substances (including the possibility of remote detection), determining radiation, and detecting and identifying biological substances.


The WMD intelligence machine is based on the PARS 6x6 platform.

The system of collective protection against weapons of mass destruction, installed in the machine PARS 6x6, creates excess pressure inside, and also offers respirators with forced air supply. The collective defense system complies with the NATO standard AEP-54.

The machine is also equipped with a stabilized remote-controlled combat module, in which, according to customer requirements, an 40-mm automatic grenade launcher, 12,7-mm or 7,62-mm machine gun can be installed.

The vehicle houses a reconnaissance group of four people, including the driver, the commander of the vehicle / group, and two chemical operators. An additional seat was installed in the PARS 6x6 machine in order to increase the operational capabilities and crew efficiency, in particular, in the selection and processing of biological and chemical samples for further analysis. The FNSS reconnaissance machine from the company FNSS can also be based on the PARS 8X8 machine, in which you can, if necessary, place an enlarged group and more equipment.


The crew of 4 people is housed in a WMD intelligence vehicle.

Chemical detection and identification: PARS 6x6 is equipped with three chemical reconnaissance units to continuously monitor the presence of chemical and toxic materials outside and inside the machine. An additional device has also been installed, which is used to further identify solid and liquid samples in the glove box of the machine. If necessary, this device can also be removed from the machine to perform dismounted operations.

The machine is equipped with a remote detection device, it uses laser technology and can determine the composition of substances at a distance of 5 km. Also, a gas chromatograph and a mass spectrometer are installed in the PARS 6x6 machine for additional detailed chemical analysis of a set of samples. If necessary, these devices are available for dismounted operations.

Biological Detection and Identification: An OMP PARS 6x6 intelligence machine can conduct continuous intelligence on biological substances. When a potential biological substance is detected, an auxiliary sample is taken for additional analysis, and sampling and analysis are performed inside the integrated glove box, which is designed to ensure the safety of the operator. Thanks to the integrated design of the glovebox, several soil samples can be placed into it at once through a sampling device for further analysis and identification.

Radiological and nuclear detection: in order to warn the crew of the direction and level of any radiation hazard, gamma-radiation detectors are installed inside the vehicle. The PARS 6x6 is also equipped with an internal radiation detector and crew crew dosimeters to protect personnel and monitor dose rate.


OMP reconnaissance vehicle saves road performance PARS 6x6

Manual sampling and marking of the infection area: PARS 6x6 has onboard a sampling system that continuously detects the movement and provides additional sample analyzes. Soil samples can be taken safely by the operator from inside the machine and stored outside the machine until further transport and laboratory analysis.

The integrated zone marking system in the PARS 6x6 reconnaissance vehicle allows the operator to mark any identified contaminated area without leaving the vehicle. NATO standard marking flags are installed from the machine using a blocking delivery system that constantly maintains excess pressure and crew safety.

Central Processing Unit and Specialized Software: The WMD detection devices integrated into the PARS 6x6 machine work on the WMD warning program, which provides the crew with timely warning signals and information about any potential threat of the WMD. Information is collected, processed together with data received from a meteorological sensor and a GPS station, and transmitted through the on-board communication system in ATP 45 format.

The various tracked and wheeled platforms manufactured by FNSS Savunma Sistemleri AS (FNSS Defense Systems Inc.) are entirely the fruit of local engineering design experience and local human resources. They are created in accordance with the requirements of Turkish and foreign customers. FNSS has all the design and integration capabilities in order to offer solutions that include a wide range of different subsystems.



Materials used:
www.fnss.com.tr
www.armyrecognition.com
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12 comments
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  1. +1
    April 6 2015 07: 30
    the hand is the top of innovation and robotics!
    This manipulator is already made by children!
    And they all showed the last century to the beautiful music!
    1. Jet
      0
      April 6 2015 11: 52
      I understand that, according to tradition, everything foreign needs to be omitted, but why do we need an expensive manipulator that can fail at any time when you can do with a simple rubber sleeve if there is no excess pressure and elevated temperatures?
      1. +1
        April 6 2015 12: 58
        where is the tradition! or do you think these sticks and rubber mittens are a cool thing)
        If you think so, then maybe
        benchmark of innovation !! from Jet!
        1. 0
          April 6 2015 23: 15
          The main thing is that botanists and chemists now have their own fighting machine!
          1. 0
            April 7 2015 06: 45
            They drank the main budget!
  2. +1
    April 6 2015 09: 33
    Didn’t the door seem thin to me alone?
    It’s interesting at this height, why not make the armored personnel carrier medium-weighted would be ideal
    1. +1
      April 6 2015 09: 58
      Also noticed. It immediately became interesting - what should be the maximum background overboard so that the crew behind such a door and walls would not suffer for a long time.
      1. Jet
        0
        April 6 2015 11: 56
        maybe because they have long since learned to compensate for the quantity (thickness) by the quality of the material, thereby reducing the total weight? or is this formula valid only with regards to the thin armor of the BMP-3?)
        1. +1
          April 6 2015 13: 01
          Well, I wouldn’t like to sit behind such a plywood door
          this one is probably better
          1. 0
            April 6 2015 17: 49
            Well it’s unlikely laughing The glass here is not leaded (a machine for other tasks), it would fly into my head, I wouldn’t die. And at PARS, the door is most likely "tricky", multilayer with lead and other pribludes.
      2. 0
        April 6 2015 19: 31
        if this armored personnel carrier falls into the area of ​​penetrating radiation during a nuclear explosion, then thick doors will not save it, the wheels will catch fire from thermal radiation or the shock wave will turn over. And such a door will come down from nuclear fallout.
        Our RHR machine on caterpillars and flags shoots into the ground, otherwise this flag on the video will blow off the wind.
        1. +2
          April 6 2015 20: 04
          Well, for vigorous war, this was with us
  3. 0
    April 6 2015 12: 58
    no pathos at all ...
  4. +1
    April 6 2015 17: 26
    The 4th crew member smiled at the photo. Such a "scoundrel" ...! And then I watched the video and realized what function it performs lol !
  5. +1
    April 8 2015 12: 41
    I wonder, what if during this latex game the enemy soldiers clutch at this hand, how will they release their colleague? what

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